Mathsframe Github

Mathsframe is a staple resource in modern primary mathematics education. While the games themselves are hosted on a secure, proprietary server, the footprint on GitHub reveals the technical architecture behind the scenes.

For educators, Mathsframe remains a tool for learning. For developers, the Mathsframe GitHub repositories serve as a technical case study in building robust, data-driven web applications using modern functional programming languages like Scala.

I searched for “mathsframe github” but did not find an official or active GitHub repository directly linked to the popular educational website Mathsframe (mathsframe.co.uk).

Here’s what you need to know:

Most MathsFrame-style projects are static web apps.

Method A – Download ZIP:

Method B – Use GitHub Pages (if enabled):

Method C – Use VS Code Live Server:

git clone https://github.com/username/repo-name.git
cd repo-name
# If using VS Code: Right-click index.html → "Open with Live Server"

maths-game/
├── index.html
├── css/
│   └── style.css
├── js/
│   ├── game.js
│   ├── questions.js
│   └── score.js
├── assets/
│   ├── sounds/
│   └── images/
├── README.md
├── LICENSE
└── demo-link.txt

Key files explained:

The beauty of GitHub is collaboration. If you are a developer with a passion for education, consider contributing to these repositories. Simple improvements—like adding keyboard navigation for students with motor impairments or creating a dark mode for sensitive eyes—can make a massive difference in the classroom.

If you are a teacher, don't be intimidated by the code! GitHub is a great place to download tools for free and provide feedback to the creators. Your "real-world" classroom insights help developers build better software.

| Goal | Action on GitHub | |------|------------------| | Find free maths games | Search mathsframe or ks2 maths | | Use offline in class | Clone repo → open index.html | | Customise difficulty | Edit questions.js | | Host online | Deploy to GitHub Pages | | Improve a project | Fork → fix → pull request | | Build from scratch | Use HTML/CSS/JS + JSON question bank | | Stay legal | Avoid copying original Mathsframe assets |

While "Mathsframe" is a widely recognized educational platform, it is not an open-source project hosted primarily on GitHub. Mathsframe mathsframe github

is a proprietary interactive mathematics platform developed by Mr. Ted Burch , an experienced UK primary school teacher. The Platform Overview Mathsframe

provides curriculum-aligned resources primarily for Key Stage 2 (KS2) students (Years 3–6). The site is known for: Interactive Games : Over 200 educational games, including popular titles like Birds v Robots Tommy's Trek Maths Lumberjack Curriculum Alignment

: All resources are designed around the UK National Curriculum, covering topics like multiplication, division, fractions, and Roman numerals. Teacher-Led Design

: Developed to provide high-quality interactive resources that can be easily differentiated for various classroom needs. Relationship with GitHub

You may see "mathsframe" mentioned on GitHub in specific contexts, but these are typically not the source code for the site itself: Discovery Lists

: The term appears in various "wordlists" or "namelists" (like those in the SecLists repository on GitHub

) used by security researchers to test for subdomains or directory structures. No Official Repository : The actual game engines and educational logic of Mathsframe

are proprietary and not available as a public GitHub repository for contribution or cloning. Accessing Resources

If you are looking to use Mathsframe for educational purposes: Free Resources

: Many games and some Interactive Teaching Programs (ITPs) are available for free on the Mathsframe website

: Full access to the complete library of over 300 worksheets and all interactive games requires an annual subscription, with options for single users or whole schools. Mathsframe

Mathsframe on GitHub: A Deep Dive into Open-Source Educational Tools Mathsframe is a staple resource in modern primary

While Mathsframe is widely known as a popular subscription-based platform for interactive primary math games, its presence on GitHub has become a point of interest for developers, educators, and "open-source" enthusiasts.

If you are looking for the intersection of Mathsframe and GitHub, you are likely exploring how these educational tools are built, looking for API integrations, or searching for community-driven clones and alternatives. What is Mathsframe?

Mathsframe is a UK-based educational site featuring over 200 interactive math games designed for Key Stage 1 and Key Stage 2 (ages 5–11). Known for games like Tommy’s Trek and Archery Arithmetic, the platform excels at gamifying curriculum-aligned concepts like multiplication, fractions, and telling time. Why Search for "Mathsframe" on GitHub?

GitHub is the world's largest host of source code. People searching for "Mathsframe GitHub" typically fall into three categories:

Open-Source Alternatives: Developers often recreate the logic of Mathsframe games (like the popular "telling time" or "multiplication tables") using modern web frameworks like React, Vue, or Phaser.js.

Educational Scripts: Teachers who code sometimes share Python or JavaScript scripts on GitHub that mirror the curriculum goals of Mathsframe to use in their own classrooms for free.

Game Development Learning: New developers often study the mechanics of educational games to learn how to handle collision detection, scoring systems, and progressive difficulty. Key Resources Found on GitHub

While the official Mathsframe source code is proprietary and not hosted publicly on GitHub, several repositories provide similar functionality or tools for math educators: 1. Interactive Math Game Templates

Search GitHub for repositories tagged with #educational-games or #math-apps. You will find dozens of projects that use HTML5 Canvas or Phaser to build math drills that look and feel like Mathsframe. 2. Math Logic Libraries

For those building their own version of a math game, GitHub hosts libraries like math.js or custom logic for generating "randomized yet solvable" math problems—a core feature of any Mathsframe-style tool. 3. Chrome Extensions and Automation

Some GitHub users have created tools to integrate educational games into Learning Management Systems (LMS) like Google Classroom. These repositories often help bridge the gap between third-party sites and a teacher's digital gradebook.

How to Build a Mathsframe-Style Game (The Developer’s Path) Method B – Use GitHub Pages (if enabled):

If you are inspired by Mathsframe and want to start your own repository on GitHub, here is the standard tech stack used by most educational game developers today: Language: JavaScript (or TypeScript for better structure).

Engine: Phaser 3 is the industry standard for 2D web-based games.

Styling: CSS3 for responsive UI that works on school iPads and Chromebooks.

Hosting: GitHub Pages is a free and excellent way to host your finished math game for students to play. Is there an Official Mathsframe GitHub?

Currently, no. Mathsframe operates as a "Software as a Service" (SaaS) model. Their code is private to ensure the security of their subscription model and the quality of their content.

However, the "Mathsframe GitHub" search trend highlights a growing desire for Open Educational Resources (OER). Many developers are answering this call by creating free, open-source math tools that anyone can fork, improve, and use in the classroom. Conclusion

While you won't find the "official" source code for Tommy's Trek on GitHub, the platform is a goldmine for anyone looking to build or find free math software. By searching for terms like "interactive math" or "educational games" on GitHub, you can find a wealth of community-driven projects that capture the spirit of Mathsframe's engaging learning style.

Are you looking to develop your own math game, or are you trying to find a specific open-source alternative to a Mathsframe activity?

// Median returns the median value of a given slice of float64. func Median(values []float64) float64 sort.Float64s(values) middle := len(values) / 2 if len(values)%2 == 0 return (values[middle-1] + values[middle]) / 2.0 return values[middle] // ExpectedExpDiff calculates exponential difference based on a decay factor. func ExpectedExpDiff(expected, current, decay float64) float64 diff := math.Abs(expected - current) if diff == 0 return 1.0 if diff > math.Abs(expected) return 0.0 return math.Exp(-diff / (expected / decay)) Use code with caution. Copied to clipboard 🎮 Key Mathsframe Highlights

Target Audience: Primarily designed for KS2 students (Years 3–6). Curriculum: Fully aligned with the UK National Curriculum.

Device Support: Works across computers, tablets, and mobile devices.

Top Games: Includes Tommy's Trek, Maths Choppity Chop, and Super Maths Bowling. Most Popular Free Maths Games - Mathsframe

<!DOCTYPE html>
<html>
<head>
    <title>Maths Frame Style: Shape Sorter</title>
    <style>
        .shape  padding: 20px; margin: 10px; display: inline-block; cursor: pointer; 
        .circle  background-color: blue; border-radius: 50%; width: 50px; height: 50px; 
        .square  background-color: red; width: 50px; height: 50px; 
        .triangle  background-color: green; width: 0; height: 0; border-left: 25px solid transparent; border-right: 25px solid transparent; border-bottom: 50px solid green; 
        .target  border: 2px solid black; padding: 20px; margin: 20px; min-height: 100px; 
    </style>
</head>
<body>
    <h1>Shape Sorter (Mathsframe Style)</h1>
    <div id="shapes-container">
        <!-- Shapes will appear here -->
    </div>
    <div class="target" id="target-blue">Blue Shapes</div>
    <div class="target" id="target-red">Red Shapes</div>
    <p id="score">Score: 0</p>
<script>
    // This mimics the core logic of a Mathsframe sorting game
    const shapes = [
         type: 'circle', color: 'blue', element: 'circle' ,
         type: 'square', color: 'red', element: 'square' ,
         type: 'circle', color: 'red', element: 'circle' ,
         type: 'triangle', color: 'blue', element: 'triangle' 
    ];
    let score = 0;
function renderShapes() 
        const container = document.getElementById('shapes-container');
        container.innerHTML = '';
        shapes.forEach((shape, index) => 
            const div = document.createElement('div');
            div.className = `shape $shape.element`;
            div.setAttribute('data-color', shape.color);
            div.setAttribute('data-index', index);
            div.onclick = () => sortShape(shape.color, index);
            container.appendChild(div);
        );
function sortShape(color, index) 
        if (color === 'blue') 
            document.getElementById('target-blue').appendChild(document.querySelector(`.shape[data-index='$index']`));
            score++;
         else if (color === 'red') 
            document.getElementById('target-red').appendChild(document.querySelector(`.shape[data-index='$index']`));
            score++;
document.getElementById('score').innerText = `Score: $score`;
renderShapes();
</script>

</body>
</html>